9B-28.224MAAE-B

Crystals are extremely important components in application fields of many industries like electronics, aviation, and even nuclear. Among the crystals, 9B-28.224MAAE-B is one of the most popular crystals, which is widely used in many different areas. This article will provide a brief overview of the application field and working principle of 9B-28.224MAAE-B crystals.

Application Field

9B-28.224MAAE-B crystals have a variety of application fields. They are mainly used in automotive, medical, military and communication industries. In automotive industry, 9B-28.224MAAE-B crystals can help to ensure the accuracy and stability of sensors and engine control systems. In medical industry, these crystals can help with the detection of diseases, diagnosis and treatment of diseases. In military industry, these crystals can provide important information support to navigation, radar and weapon control systems. In communication industry, these crystals are essential components of high-speed wireless communication and navigation systems.

Working Principle

The working principle of 9B-28.224MAAE-B crystals is based on the piezoelectricity effect. The 9B-28.224MAAE-B crystal is made from a combination of silicon and other elements, which can deforms when an electric field is applied to them. When the electric field is removed, the crystal will generate an electrical potential across the surface. This potential can be used to generate an oscillating voltage at an accurately controlled frequency. This oscillating voltage can be used to provide the correct frequency in many electronic devices.

In addition to the piezoelectric effect, the 9B-28.224MAAE-B crystals can also generate frequency signals through the dielectric effect. When the electric field is applied to the crystal, the electrons will move between different oscillation levels. These oscillation levels generate different frequencies that can be used as clocks in electronic systems.

In summary, 9B-28.224MAAE-B crystals have a variety of application fields and their working principle is based on the piezoelectricity and dielectric effects. These crystals are very important in the automotive, medical, military and communication industries, as they can provide the accurate and stable frequency signals for different electronic systems.